Mozilla, or at least some programmers who develop Firefox extensions, is already well on its way to remaining viable in a post-SOPA world, with at least two extensions designed to combat the preventive actions SOPA allows. Over at Pastie.org, someone has compiled a list IP addresses, creating the “SOPA Emergency IP list,” which features exactly what it says: IP addresses of useful/favorite sites that may or may not be hard to find if SOPA becomes law.

While the list has to the potential to be very helpful, the disclaimer which accompanies it takes it from “useful,” to “mandatory,” complete with a choice selection of NSFW language. There’s also a set of directions explaining how to implement IP addresses in lieu of top-level domains:

So if these ass-fucks in DC decide to ruin the internet, here’s how to access your favorite sites in the event of a DNS takedown:

tumblr.com 174.121.194.34
wikipedia.org 208.80.152.201

# News
bbc.co.uk 212.58.241.131
aljazeera.com 198.78.201.252

# Social media
reddit.com 72.247.244.88
imgur.com 173.231.140.219
google.com 74.125.157.99
youtube.com 74.125.65.91
yahoo.com 98.137.149.56
hotmail.com 65.55.72.135
bing.com 65.55.175.254
digg.com 64.191.203.30
theonion.com 97.107.137.164
hush.com 65.39.178.43
gamespot.com 216.239.113.172
ign.com 69.10.25.46
cracked.com 98.124.248.77
sidereel.com 144.198.29.112
github.com 207.97.227.239

# Torrent sites
thepiratebay.org 194.71.107.15
mininova.com 80.94.76.5
btjunkie.com 93.158.65.211
demonoid.com 62.149.24.66
demonoid.me 62.149.24.67

# Social networking
facebook.com 69.171.224.11
twitter.com 199.59.149.230
tumblr.com 174.121.194.34
livejournal.com 209.200.154.225
dreamwidth.org 69.174.244.50

# Live Streaming Content
stickam.com 67.201.54.151
blogtv.com 84.22.170.149
justin.tv 199.9.249.21
chatroulette.com 184.173.141.231
omegle.com 97.107.132.144
own3d.tv 208.94.146.80
megavideo.com 174.140.154.32

# Television
gorillavid.com 178.17.165.74
videoweed.com 91.220.176.248
novamov.com 91.220.176.248
tvlinks.com 208.223.219.206
1channel.com 208.87.33.151

# Shopping
amazon.com 72.21.211.176
newegg.com 216.52.208.187
frys.com 209.31.22.39

# File Sharing
mediafire.com 205.196.120.13
megaupload.com 174.140.154.20
fileshare.com 208.87.33.151
multiupload.com 95.211.149.7
uploading.com 195.191.207.40
warez-bb.org 31.7.57.13
hotfile.com 199.7.177.218
gamespy.com 69.10.25.46
what.cd 67.21.232.223
warez.ag 178.162.238.136
putlocker.com 89.238.130.247
uploaded.to 95.211.143.200
dropbox.com 199.47.217.179
pastebin.com 69.65.13.216

Here’s a tip for the do-it-yourself crowd: Go to your computer’s Start menu, and either go to “run” or just search for “cmd.” Open it up, and type in “ping [website address],”

Once you have the IP for a website, all you really need to do is enter it like you would a normal URL and hit enter/press go. Typing in “208.85.240.231” should bring you to the front page of AO3, for example, just as typing “174.121.194.34/dashboard” should bring you straight to your Tumblr dashboard. Since we’re obviously bracing for the worst case scenario which would involve you not being able to access the internet regularly, you should, save this list.

Expect to see a whole lot more of these kinds of lists and other tools developed to circumvent SOPA/PIPA, especially if either becomes law.

Lead image courtesy of Rasul Maksyutov.

For starters, the Internet runs on version 4 of the Internet Protocol. It was standardized 1981, and serves as the dominant network layer protocol for the Internet. IPv4 has since proved to be inadequate, primarily for its lack of address space.

The good news is IPv4 has a successor, which is IPv6. Version 6 of the Internet Protocol holds more than 16 billion-billion addresses, unlike IPv4 that holds just over 4 billion.

Some companies are beginning to administer IPv6 and are using both IPv4 and IPv6 together. In time, IPv4 will run out of addresses and need to phase out. At that point, the Web will operate solely on IPv6.

Critics argue that IPv6 is incapable of taking over. However, John Curran the Chairman of the Board at the American Registry for Internet Numbers (ARIN) says this is an inaccurate assumption.

“In the Internet community, the way we figure out if something works or not is by using it… getting feedback. That usage is really just beginning now.”

The Internet as we know it cannot run on IPv4. While the matter isn’t so urgent that you have to drop everything you’re doing and switch to IPv6 immediately, it is something that companies and organizations should begin to carefully examine.

Get more information on this topic in the WebProNews video.

For starters, the Internet runs on version 4 of the Internet Protocol. It was standardized 1981, and serves as the dominant network layer protocol for the Internet. IPv4 has since proved to be inadequate, primarily for its lack of address space.

The good news is IPv4 has a successor, which is IPv6. Version 6 of the Internet Protocol holds more than 16 billion-billion addresses, unlike IPv4 that holds just over 4 billion.

Some companies are beginning to administer IPv6 and are using both IPv4 and IPv6 together. In time, IPv4 will run out of addresses and need to phase out. At that point, the Web will operate solely on IPv6.

Critics argue that IPv6 is incapable of taking over. However, John Curran the Chairman of the Board at the American Registry for Internet Numbers (ARIN) says this is an inaccurate assumption.

“In the Internet community, the way we figure out if something works or not is by using it… getting feedback. That usage is really just beginning now.”

The Internet as we know it cannot run on IPv4. While the matter isn’t so urgent that you have to drop everything you’re doing and switch to IPv6 immediately, it is something that companies and organizations should begin to carefully examine.

Get more information on this topic in the WebProNews video.

For starters, the Internet runs on version 4 of the Internet Protocol. It was standardized 1981, and serves as the dominant network layer protocol for the Internet. IPv4 has since proved to be inadequate, primarily for its lack of address space.

The good news is IPv4 has a successor, which is IPv6. Version 6 of the Internet Protocol holds more than 16 billion-billion addresses, unlike IPv4 that holds just over 4 billion.

Some companies are beginning to administer IPv6 and are using both IPv4 and IPv6 together. In time, IPv4 will run out of addresses and need to phase out. At that point, the Web will operate solely on IPv6.

Critics argue that IPv6 is incapable of taking over. However, John Curran the Chairman of the Board at the American Registry for Internet Numbers (ARIN) says this is an inaccurate assumption.

“In the Internet community, the way we figure out if something works or not is by using it… getting feedback. That usage is really just beginning now.”

The Internet as we know it cannot run on IPv4. While the matter isn’t so urgent that you have to drop everything you’re doing and switch to IPv6 immediately, it is something that companies and organizations should begin to carefully examine.

Get more information on this topic in the WebProNews video.

For starters, the Internet runs on version 4 of the Internet Protocol. It was standardized 1981, and serves as the dominant network layer protocol for the Internet. IPv4 has since proved to be inadequate, primarily for its lack of address space.

The good news is IPv4 has a successor, which is IPv6. Version 6 of the Internet Protocol holds more than 16 billion-billion addresses, unlike IPv4 that holds just over 4 billion.

Some companies are beginning to administer IPv6 and are using both IPv4 and IPv6 together. In time, IPv4 will run out of addresses and need to phase out. At that point, the Web will operate solely on IPv6.

Critics argue that IPv6 is incapable of taking over. However, John Curran the Chairman of the Board at the American Registry for Internet Numbers (ARIN) says this is an inaccurate assumption.

“In the Internet community, the way we figure out if something works or not is by using it… getting feedback. That usage is really just beginning now.”

The Internet as we know it cannot run on IPv4. While the matter isn’t so urgent that you have to drop everything you’re doing and switch to IPv6 immediately, it is something that companies and organizations should begin to carefully examine.

Get more information on this topic in the WebProNews video.